Coil type
Coil type steam boilers in the range of 50 to 850 kg of steam per hour. The coil type boiler generates steam instantly and is extremely easy to install and commission. These boilers are designed for safe and reliable operations. Coil type steam boilers are designed to operate on a wide range of liquid and gaseous fuels including heavy oil, light oil, gas, and dual fuel options.

Solid fuel fired boiler
A three pass, smoke tube boiler, which can fire solid fuels like coal, lignite, briquetts and wood. The fuel is charged through a charging door to keep the fire going. This is designed to provide low cost heating with minimum operational complexity.

Solid fuel fired thermic fluid heaters
Thermic fluid heating has replaced electric and steam heating in industries globally. For decades now, Thermic fluid heaters are recognised everywhere as superior heat sources and productivity enhancers.

The Incinerator is designed as per Good Engineering standards considering the duty condition and application. The make of various components are standardized.

Cooling Tower
FRP Cooling Towers are manufactured with Glass reinforced plastic mostly in wind with standing bottle type and square type models. It is a mechanical type Counter Flow Tower.
FRP Cooling tower intakes the air from bottom and discharge the waste heat at the top. Since the water is travelling from top and the air passes from bottom to top, the water droplet have more direct contact time with air. The wet cooling Towers are cooled with the help of evaporating some proportionate quantity of circulating water.

The bottle type tower casing is filled with Honeycomb type PVC FILLS. The rotating water distributor sprinkler is fixed in the top of the inlet pipeline and the same distributes the hot water evenly over the Honeycomb Fill media. The sprinkler will be operated with self-propulsion system. The PVC Fills is corrugated with channels between each flutes to prevent the blockage and giving more and large surface area per unit volume. The cold air meets the cold water at the bottom of the infill providing maximum evaporation and heat transfer in the infill.

Finally FRP Cooling Towers are more compact, light in weight, least power consumption, long-lasting, Durable and lowest maintenance expenditure. Since Hot dip galvanized structural and stainless steel fasteners are used, FRP Towers are corrosion Free.

assembled and just bolting at site is enough. However higher capacities are assembled into the site only to avoid excess transportation cost. Our range includes 10 TR to 500 TR in single cell and multiple cells are used for further capacities.

Our cooling water chemical programs are effectively used for the reduction and prevention of the three major issues your industrial cooling water system may encounter: corrosion, deposition, and microbial growth.
Corrosion leads to metal loss that can result in critical system failures in heat exchangers, recirculating water piping, and process cooling equipment. Corrosion also results in a loss of efficiency as corrosion products precipitate on heat transfer devices, insulating the metals.
Cooling water systems are vulnerable to a variety of contaminants that cause deposit formation, such as mineral scales and sludge. Deposition interferes with heat transfer, increases corrosion rates, restricts water flow, and causes loss of process efficiency and production.
Biological organisms, including algae, bacteria, protozoa, and fungi, often find their breeding grounds in cooling water systems. If not properly controlled, biological growth forms and acts as a natural adhesion surface for scale formation, resulting in fouling.
All of these conditions can be seriously problematic when it comes to optimizing the efficiency of your cooling water tower or system. Mishicam (A3S Enviro)full range of cooling water chemicals can provide excellent protection against these cooling system challenges.